print usageMSG
exit(-1)
SN = str(sys.argv[1])
ASIC = int(sys.argv[2])
NumAvgs = int(sys.argv[3])
interface = "eth4"
#--------- ETHERNET CONFIGURATION ----------#
addr_fpga = '192.168.20.5'
addr_pc = '192.168.20.1'
port_pc = '28672'
port_fpga = '24576'
syncwd="000000010253594e4300000000" # must be send before every command string
ctrl = linkEth.UDP(addr_fpga, port_fpga, addr_pc, port_pc, interface)
ctrl.open()
#--- BUILD CONFIGURATION COMMANDS ---#
cmdZeroTh = cmdHVoff = syncwd
for asicNo in range (10):
for Ich in range (16):
cmdHVoff += hex( int('C',16)*(2**28) | asicNo*(2**20) | (Ich)*(2**16) | 255 ).split('x')[1]+"AE000100"
cmdZeroTh += hex( int('B',16)*(2**28) | asicNo*(2**24) | (2*Ich)*(2**16) | 0 ).split('x')[1]+"AE000100"
cmd_FIFO_reset = syncwd + "AF260000"+"AE000100"+"AF260800"+"AE000100"+"AF260000"+"AE000100"+"AF261080"
trig_cmd = syncwd + "AF00FFFF"+"AF00FFFF"+"AF370001"+"AE000001"+"AF370000"+"AE000001"+"AF320001"+"AE000001"+"AF320000" # modified original from AF00FFF+AF00FFFFF / CK
if len(sys.argv) == 4:
SN = str(sys.argv[1])
rawHV = str(sys.argv[2])
asicNo = int(sys.argv[3])
if len(sys.argv) != 4 or asicNo < 0 or asicNo > 9:
print usageMSG
exit(-1)
#--------- ETHERNET CONFIGURATION ----------#
addr_fpga = '192.168.20.5'
addr_pc = '192.168.20.1'
port_pc = '28672'
port_fpga = '24576'
syncwd = "000000010253594e4300000000" # must be send before every command string
# Make UDP class for receiving/sending UDP Packets
ctrl = linkEth.UDP(addr_fpga, port_fpga, addr_pc, port_pc, "eth4")
ctrl.open()
#--- CONFIGURE SCROD(?) & SET TRIG. THRESHOLD AND HV TO NULL ---#
cmdZeroTh = cmdHVoff = syncwd
for Ich in range(0, 16):
cmdHVoff += hex(
int('C', 16) * (2**28) | asicNo * (2**20) | (Ich) * (2**16)
| 255).split('x')[1]
cmdZeroTh += hex(
int('B', 16) * (2**28) | asicNo * (2**24) | (2 * Ich) *
(2**16) | 0).split('x')[1] + "AE000100"
#--------------------------------------------------------------------------#
#----------------------SET GAIN AND TRIGGER THRESHOLDS---------------------#
#--------------------------------------------------------------------------#
calib_file_name = "calib/" + SN + "_HV" + rawHV + "_" + "ASIC" + str(
def main():
if len(sys.argv) != 4:
print bcolors.FAIL+"Wrong number of arguments: usage "+\
"./tx_writeDacReg <ASIC#> <ASIC REG#> <DAC VAL>"+bcolors.ENDC
sys.exit()
asicno = sys.argv[1]
regNum = sys.argv[2]
regVal = sys.argv[3]
try:
asicno = int(asicno)
if ( asicno < 0 or asicno > 9):
print bcolors.FAIL+"Invalid asic number, exiting"+bcolors.ENDC
sys.exit()
except ValueError:
print bcolors.FAIL+"Invalid asic number, exiting"+bcolors.ENDC
sys.exit()
try:
regNum = int(regNum)
if ( regNum < 0 or regNum > 1024):
print bcolors.FAIL+"Invalid register number, exiting"+bcolors.ENDC
sys.exit()
except ValueError:
print bcolors.FAIL+"Invalid register number, exiting"+bcolors.ENDC
sys.exit()
try:
regVal = int(regVal)
if ( regVal < 0 or regVal > 4095):
print bcolors.FAIL+"Invalid register value, exiting"+bcolors.ENDC
sys.exit()
except ValueError:
print bcolors.FAIL+"Invalid register value, exiting"+bcolors.ENDC
sys.exit()
print "Start DAC Program Process - Writing ASIC # "+str(asicno)+\
"\tRegister "+str(regNum)+"\tValue "+str(regVal)
# create ethernet interface
addr_fpga = '192.168.20.5'
addr_pc = '192.168.20.1'
port_pc = '28672'
port_fpga = '24576'
interface = 'eth1'
ctrl = linkEth.UDP(addr_fpga, port_fpga, addr_pc, port_pc, interface)
# Create packet to send
asicreg = "B" # hex ctrl word
asicno_hex = hex(asicno).lstrip('0x')
if asicno_hex == '':
asicno_hex = '0'
regNum_hex = hex(regNum).lstrip('0x')
if regNum_hex == '':
regNum_hex = '00'
elif len(regNum_hex) < 2:
regNum_hex = "0"+regNum_hex
regVal_hex = hex(regVal).lstrip('0x')
if regVal_hex == '':
regVal_hex = '0000'
elif len(regVal_hex) < 4 and len(regVal_hex) >= 3:
regVal_hex = "0"+regVal_hex
elif len(regVal_hex) < 3 and len(regVal_hex) >= 2:
regVal_hex = "00"+regVal_hex
elif len(regVal_hex) < 2 and len(regVal_hex) >= 1:
regVal_hex = "000"+regVal_hex
data_packet = asicreg + asicno_hex + regNum_hex + regVal_hex
if DEBUG:
print asicreg
print asicno_hex
print regNum_hex
print regVal_hex
# Send packet
ctrl.send(data_packet)
del ctrl
'''
ROOT.gROOT.LoadMacro("root/GainStudies/MultiGaussFit.cxx")
ROOT.gROOT.LoadMacro("root/TTreeMgmt/PlotPedestalStatistics.cxx")
time.sleep(0.1)
######################################### Only need to
## TAKE CALIB DATA ## do this once
######################################### per raw HV setting
#for ASIC in range(10):
# if ((2**ASIC & int(ASICmask,2)) > 0):
# os.system("sudo ./py/ThresholdScan/SingleASIC_Starting_Values.py %s %s %d %s" % (SN,strRawHV,ASIC,HVmask))
# time.sleep(0.1)
#time.sleep(0.1)
#print("Threshold scan finished.\n\n")
#
ctrl = linkEth.UDP(
'192.168.20.5', '24576', '192.168.20.1', '28672',
"eth4") # (addr_fpga, port_fpga, addr_pc, port_pc, interface):
cmd = cmd_lib.CMD(SN, strRawHV, ASICmask)
cmdHVoff = cmd.Generate_ASIC_HV_cmd(0, [255 for i in range(15)])
cmdThOff = cmd.Generate_ASIC_TH_cmd(0, [4095 for i in range(15)])
thBase = cmd.Get_ASIC_TH_from_file(0)
HV_DAC = cmd.Get_ASIC_HV_from_file(0)
#########################################
### Measure Pedestal Distribution ###
#########################################
#print("\nMeasuring pedestal distributions\n")
#numPedEvtsPerWindow = 1
#time.sleep(0.1)
#os.system("echo -n > temp/data.dat") #clean file without removing (prevents ownership change to root in this script)
#f = open('temp/data.dat','ab') #a=append, b=binary
